IMA4 2018/2019 P50 : Différence entre versions
De Wiki de Projets IMA
(→Objectifs) |
(→Description of the project) |
||
| (7 révisions intermédiaires par le même utilisateur non affichées) | |||
| Ligne 4 : | Ligne 4 : | ||
=Présentation générale= | =Présentation générale= | ||
| − | ==Description== | + | ==Description of the project== |
| + | The subject of this project is to automate a 3D-printer to transform it into test-bed for force interactions for soft-robot structures. Instead of the printing head, the “printer” will be equipped with a force sensor. This will enable it to apply controlled forces to identify and evaluate behavior of robot structures under different loads. | ||
| + | |||
| + | The project is composed by 3 parts: | ||
| + | |||
| + | Interface human-machine: send the position and the application force for the CNC by a Command Interface. | ||
| + | Position: locate in a given position by the user to the CNC system. | ||
| + | Analysis: get the data collected by the system in a GUI for an analysis in real time. | ||
| + | |||
==Objectifs== | ==Objectifs== | ||
| − | |||
| − | Design a piece to attach the force sensor to the printer. | + | The objetives of this project are: |
| − | Design a command interface (wrapping in G-Code) for controlling the position. | + | |
| − | Design of a simple control algorithm to control the applied force. | + | -Design a piece to attach the force sensor to the printer. |
| − | Implement GUI elements like real-time data plotting, etc. (python). | + | -Design a command interface (wrapping in G-Code) for controlling the position. |
| − | Run tests, etc. | + | -Design of a simple control algorithm to control the applied force. |
| + | -Implement GUI elements like real-time data plotting, etc. (python). | ||
| + | -Run tests, etc. | ||
=Préparation du projet= | =Préparation du projet= | ||
Version actuelle datée du 16 janvier 2019 à 16:41
Présentation générale
Description of the project
The subject of this project is to automate a 3D-printer to transform it into test-bed for force interactions for soft-robot structures. Instead of the printing head, the “printer” will be equipped with a force sensor. This will enable it to apply controlled forces to identify and evaluate behavior of robot structures under different loads.
The project is composed by 3 parts:
Interface human-machine: send the position and the application force for the CNC by a Command Interface. Position: locate in a given position by the user to the CNC system. Analysis: get the data collected by the system in a GUI for an analysis in real time.
Objectifs
The objetives of this project are:
-Design a piece to attach the force sensor to the printer. -Design a command interface (wrapping in G-Code) for controlling the position. -Design of a simple control algorithm to control the applied force. -Implement GUI elements like real-time data plotting, etc. (python). -Run tests, etc.
Préparation du projet
Cahier des charges
Choix techniques : matériel et logiciel
Liste des tâches à effectuer
Calendrier prévisionnel
Réalisation du Projet
Feuille d'heures
| Tâche | Prélude | Heures S1 | Heures S2 | Heures S3 | Heures S4 | Heures S5 | Heures S6 | Heures S7 | Heures S8 | Heures S9 | Heures S10 | Total |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Analyse du projet | 0 |
